Moore’s Law: Dead or Alive with G Dan Hutcheson
Moore's Law: is it Dead or Alive? It’s a perennial subject that has come back in 2021. Without...
Moore's Law: is it Dead or Alive? It’s a perennial subject that has come back in 2021. Without...
This week Andrea Lati, Dan Hutcheson, John West, and Risto Puhakka discuss: • &nbs...
2020 was a tumultuous year. Semiconductors decoupled from the macroeconomy and semiconductor product...
Aki Fujimura discusses what the eBeam Initiative found in its 2020 Mask making survey. Every year, t...
Jim Handy of Objective Analysis is back to talk about the status of the memory market. As 2019 came ...
Steve Pateras Synopsys has a conversation with Dan Hutcheson about Silicon Lifecycle Management. S...
Much has happened in the world since Dan Hutcheson sat down with Tom Caulfield, CEO of GLOBALFOUNDRI...
Emmanuel Sabonnadière of CEA-Leti has a conversation with Dan Hutcheson about how R&D nee...
Welcome to the first edition of VLSIinsiders. Every week our analysts get together to discuss curren...
Many people don't know the semiconductor industry is doing far more to fight the Coronavirus than ju...
John West of VLSIresearch Europe has a conversation with Dan Hutcheson about the impact the Coronavi...
This update on the impact of the Coronavirus on semiconductor manufacturing brings Risto Puhakka in ...
The Coronavirus has definitely impacted the semiconductor market in many ways since Andrea Lati and ...
The move of EUV into semiconductor manufacturing has created new challenges to continued scaling wit...
2020 is upon us and last year's dark clouds overhanging the semiconductor market are long gone. So, ...
The 2010 decade was momentous for semiconductors in its huge structural shifts. It was a battle over...
Jim Handy of Objective Analysis is back to talk about status of the memory market. As 2018 came to a...
Deep Learning and Curvilinear Masks are some of the most disruptive technologies coming to the semic...
Aki Fujimura is back to talk about what the e-beam initiative found in this year’s semiconduct...
Innovation in semiconductor industry has become increasingly challenged by the rising cost of design...
weVISION was started by VLSIresearch address the growing need of those in the semiconductor industry to meet senior C-level executives without the carbon footprint of going there. The chip industry had become too global to for decisionmakers to be at so many conferences being held around the world at any given time. The time to physically do this was not available and VLSI wanted a technology that eliminated the problem webcasts have of needing to have everyone on-line at the same time. Videotaping conversations made it possible for decisionmakers to consume content at their own leisure at a time that was optimized for viewer.
weVISION is a thought-provoking talk show series where semiconductor industry visionaries discuss evolving trends, issues, and forecasts in the IC market, as well as business models, tactics, and strategies in semiconductor manufacturing. It is hosted by G Dan Hutcheson, who has been called the Charlie Rose of Semiconductor Industry talk show hosts for his conversational style and ability to pull key insights out of C-level executives. His decades-long history of one-on-one fireside chats and panels and deep understanding of the semiconductor industry and its history.
weVISION has been helpful to the semiconductor industry on many levels. It makes the industry more sustainable by lowering the carbon profile by eliminating unnecessary or marginally necessary airline travel as well as eliminating the jetlag that comes with those trips. It also maximizes executive time, making it easier for them to reach far larger and more focused audiences that are interested in what they have to say. And importantly, they don't have to compete with cat videos to keep viewer attentions.
Attesting to its value, weVISION has been selected by many industry leaders to get their views across. Companies such as IBM, Intel, Nvidia, GLOBALFOUNDRIES, KLA, Applied Materials, and more have appeared.
Intel CEO Paul Otellini, discussed how he led the company and the world to shift focus from performance to mobility and finish on Intel's move from selling chips to customer experience. He answers some tough questions about adjusting from a world of fixed PCs to one of smartphones.
Mentor, a Siemens business, President and CEO, Wally Rhines talked about the new wave of growth in the semiconductor industry from new technology and the China factor.
Applied Materials Managing Director of Memory and Materials Technologies, Er-Xuan Ping, discussed developments in new memory.
GLOBALFOUNDRIES' CEO, Tom Caulfield, talked about new business models and the slowing of Moore's Law.
SIA President and CEO, John Neuffer, covered the politics of trade and technology.
IBM Vice President in charge of driving IBM's world-wide semiconductor and hardware research agenda, Dr. Mukesh Khare discussed Big Data and AI ... or Artificial Intelligence... and why are they so important?
NIST's Deputy Director of the Physical Measurement Laboratory at NIST, Dr. Carl Williams, laid out how the science of quantum mechanics will is as revolutionary as the semiconductor and classical computing.
Nvidia Vice President of its Wafer Foundry Group and Global Operations, John Chen, came to talk about the strengths and weaknesses of new device structures like FinFET and FDSOI. He also examined the question of Moore's Law slowing.
Intel Chairman of the Board, Andy Bryant, talked about Moore's Law and how it is the business model that drives value in the semiconductor industry.
Intel's Director of Process Architecture and Integration and Senior Fellow, Mark Bohr, made many appearances over the years to discuss major technical innovations the had made.
VLSIresearch CEO, G Dan Hutcheson on why Fabless M&A got so hot and why it's no surprise, with the typical timing between an industry's start-up phase and its mass-consolidation is around 20 years.
Intel's Jackie Sturm, VP of Technology & Manufacturing Group and GM of Global Sourcing & Procurement, discussed how they approached solving the problem Conflict Minerals in the Supply Chain.